

No software installs. No license fees. Just open a browser and design.
The tools changed. The work changed. Now the classroom has to.
A contemporary project balances thousands of parameters — structure, daylight, airflow, fabrication. Relationships like that can’t be sketched; they have to be computed.
Computational workflows turn weeks of manual iteration into hours. A student can test a hundred design variations before their next crit.
The same parametric logic designs a steel joint or a city block. Scale becomes a variable, not a barrier.
From outdated curriculum to industry-ready skills.
No structured curriculum
Academically Structured
Inconsistent delivery
Teachable by non-specialists
Not enough specialists
Backed by strong materials
Weak fabrication link
Fabrication-oriented outputs
High internal build cost
Ready out-of-the-box
The computational design classroom, reimagined.

Visual, not code.
Free for every student.
Production-ready scripts.
Curriculum, workshops, and community — purpose-built for teaching computational design.
The computational design classroom, reimagined.

Visual, not code.
Free for every student.
Production-ready scripts.
Built for the Classroom.

Meet Laurent Lescop, a professor from Nantes, France.
“He stopped losing half his workshop to IT.”

Florina Pantilimonescu
Ion Mincu University · Bucharest
“She stopped sending files. She started sharing work.”

Jiyun Ko
GoMath Academy · South Korea
“She needed her high school students to see math — not just solve it.”
A complete free course, ready to teach out of the box. Every partner educator gets these six deliverables — from syllabus to capstone.

Three plans · one outcome · computational design for every classroom.
One-time upgrade · 25 students
Online or offline · from $80 / hr
Semester program · 16 sessions
Standalone workshop & program options with domestic and international mentors
Intensive hands-on workshop covering parametric design fundamentals with a fabrication or digital outcome.
Led by international mentors. Includes travel coordination, advanced modules, and project mentorship.
Extended format with deeper exploration of computational workflows, fabrication prep, and final presentations.
Multi-day immersive led by global experts. Covers advanced parametric logic, digital fabrication, and portfolio-ready output.
Full-week intensive program. Students go from zero to a complete computational design project with fabrication output.
Long-term curriculum integration with weekly sessions, domestic & international mentors, and large-scale project outcomes.
National & international experts + global partners

Architect, Lecturer, Online Content Creator
Architect
Lecturer, Harvard
Harvard GSD
Architect, Professor & Researcher
ENSA Nantes
Founder & Head of Parametric
CODIN Global
Advanced Visualization, Architecture & Interior
Visualization





An annual showcase celebrating the boldest student and professional computational design work from around the world.
Explore the Awards→Let's build this together. Partner with Beegraphy to bring computational design into your classroom.